Developing High-Quality Software

Learn how mathematically proven code correctness and hardware awareness leads to 100% coverage and zero issues for automotive systems.

Complying with these new set of rules and directives will help eliminate coding practices known to be hazardous.

Editor Bill Wong talks about tools for creating reliable embedded software applications in this Electronic Design TechXchange webinar.

Editor Bill Wong talks about tools for creating reliable embedded software applications in this Electronic Design TechXchange webinar.

Debugging RISC-V apps can be exhaustive and at times ineffective. However, a high-level-language debugger offers shortcuts to boost efficiency and gives you complete control over...

“It’s a bug hunt”… A look at modern trace and debugging techniques such as static and dynamic analysis.

AdaCore's Paul Butcher breaks down the not-so-well-known technique of application fuzz testing.

Delivering more complex software at an ever-increasing pace raises the risks of software errors, which can affect product quality as well as cause security issues. This becomes...

In this article, we’ll look how developers can help the compiler make better decisions about what to do with their code to achieve optimizations in RISC-V-based applications.

Why would you need to consider learning another programming language?

Editor Bill Wong takes IAR’s MISRA C Embedded Workbench support, including the C-STAT static-analysis tools, for a ride.

High-quality code that follows good software engineering principles inherently has fewer defects, making it easier to maintain and extend.

It may seem like a good idea to use coding tricks in embedded systems, but you really shouldn’t go there.

How does one deliver high-quality software on schedule with 100+ developers distributed across multiple time zones?

MISRA C and its C++ counterpart were originally developed with automotive applications in mind, but they should really be used with any C/C++ development.